katherine walker

Founder & President | IndustrialWebApps.com Inc. (IWA) | iMAP Audits Inc.

Katherine Walker, Founder and President of IndustrialWebApps.com Inc. and iMAP Audits Inc.

Katherine Walker is a Canadian technology founder, systems architect, and long-standing business and community leader with more than two decades of experience designing software platforms that translate real-world operational complexity into structured, reliable digital systems.

She is the sole owner and President of IndustrialWebApps.com Inc. and iMAP Audits Inc., two distinct but complementary organizations serving public-sector, industrial, engineering, infrastructure, educational, and healthcare clients across North America.

Early Roots: Systems Thinking Before Software

Katherine grew up in rural Southwestern Ontario, outside Lambeth, in a family of nine children. Raised on a working farm alongside parents married for more than six decades, she learned early the values of discipline, accountability, and stewardship.

Her close relationship with her grandfather, a crop farmer, instilled a respect for process, timing, and long-term thinking—concepts that would later translate into database architecture, workflow logic, and enterprise systems design.

Her parents were the cornerstone of her values and worldview. Her father taught the power of belief, mindset, and disciplined thinking. Her mother taught that above all else, love—particularly love for family—must remain central.

Education, Family, and Lifelong Learning

After completing high school in London, Ontario, Katherine continued her education through distance learning at the University of Toronto while raising her two children. She is now a proud grandmother to four grandchildren.

As technology evolved, so did her skills—expanding from accounting and administration into software development, database architecture, and enterprise systems design.

Career Foundation: Operations First, Technology Second

Katherine’s early career spanned both private and public sectors, including roles in accounting, records management, senior administration with the Ontario Clean Water Agency, and municipal finance.

While working in municipal government, she began building custom software internally to modernize workflows, improve data integrity, and reduce operating costs—often well ahead of formal IT strategies.

Technology must serve operational reality, not the other way around.

IndustrialWebApps.com Inc. and the Creation of SHORE

In 2013, Katherine founded IndustrialWebApps.com Inc. in response to client demand for systems capable of supporting execution in complex, real-world environments.

SHORE was conceived as a configurable, industry-agnostic execution platform designed to model how work is planned, executed, approved, and valued in real time. Project delivery has proven to be one of the most visible expressions of SHORE’s value, but it is not its boundary.

At its core, SHORE captures what was planned, what was executed, what changed, and what value was created—supporting accountability and commercial clarity as work occurs.

Governance, Boards, and Community Leadership

Katherine has served in senior governance roles including Chair and Director of the Sarnia-Lambton Chamber of Commerce, Chair of the Sarnia-Lambton Economic Partnership, long-standing Director of the Sarnia Lambton Industrial Alliance, and Director of Bluewater Health.

Leadership Through Change and Loss

In 2025, Katherine lost her husband and lifelong partner, Dennis, after 45 years of marriage. She continues to lead both companies with resilience, clarity of purpose, and a long-term commitment to building systems—and organizations—designed to endure.

Perspective on Technology, Project Delivery, and AI

Katherine views artificial intelligence as a transformation defined by speed. Her approach is pragmatic: move quickly enough to remain relevant, without adopting change for its own sake.

She is widely recognized for expertise in database architecture, information flow, and execution systems that translate operational complexity into scalable platforms.